Suggestions appear as you type. Use the up and down arrows to choose one and Enter to open it.

This page's audience our own tag's counts — open to see them
–Visits
–Page views
–Clicks to vendors
–Time on page
–Reading now
Clicks to vendors, by tool
  • –
Top countries
  • –
Devices
  • –

– · visits, page views and clicks counted by our own tag, which counts more than our checked analytics; every figure rounded down · how we count

Head-to-head · Tokenization Software

OpenText Voltage SecureData Servers vs OpenText Protect

  • Updated Oct 2026
  • Both researched from official sources
  • 1 check side by side
Higher score OpenText Voltage SecureData Servers #2 in Tokenization Software 9.1/10 Pricing on request ✓ 0 of 3 features Visit OpenText
OpenText Protect #4 in Tokenization Software 8.5/10 Pricing on request ✓ 1 of 3 features Try OpenText Protect

OpenText Voltage SecureData Servers leads on 0 checks, OpenText Protect on 0, and 1 is even. Who comes out ahead on the 1 yes/no, price and count check where we have data for both products. The editor score weighs everything else too.

Our verdict

  • Highest scoreOpenText Voltage SecureData Servers · 9.1/10
  • Most featuresOpenText Protect · 1 of 3

OpenText Voltage SecureData Servers scores higher on our rubric for tokenization software: 9.1 against 8.5 out of 10; our editors rank them #2 and #4.

OpenText Voltage SecureData Servers is the better fit for enterprises needing vaultless, format-preserving. OpenText Protect is the better fit for enterprises needing reversible or irreversible tokenization.

  • OpenText Voltage SecureData Servers fits best

    Enterprises needing vaultless, format-preserving

  • OpenText Protect fits best

    Enterprises needing reversible or irreversible tokenization

Advertiser disclosure: iTechGuides is reader-supported. Vendors can pay for top positions in our rankings and for a place on other products' pages, and we may earn a commission when you click some links. Bought places stand at the number bought; this page and our disclosure say so. Paying vendors may get a fuller, more detailed review from our editors, and that review can change their score. How we rank.

Side by side

Feature OpenText Voltage SecureData Servers 9.1/10 Visit ↗ OpenText Protect 8.5/10 Visit ↗
At a glance
Editor score 9.1 8.5
Ranking #2 in Tokenization Software #4 in Tokenization Software
Best for Enterprises needing vaultless, format-preserving Enterprises needing reversible or irreversible tokenization
Pricing model Paid Paid
Starting price Pricing on request Pricing on request
Free plan Not checked yet Not checked yet
Free trial — —
Built for Enterprise, Mid-market Enterprise
Features OpenText Voltage SecureData Servers 0/3 · OpenText Protect 1/3
Format-preserving tokens Not checked yet ✓ (best)
API tokenization Not checked yet Not checked yet
Audit logging Not checked yet Not checked yet
Specs
Deployment Not checked yet Not checked yet
Database connectors Not checked yet Not checked yet
Detokenization controls Not checked yet Not checked yet
Compliance certifications Not checked yet Not checked yet
Our review
Pros
  • Format-preserving AES FF1 encryption keeps sensitive data usable in existing formats.
  • Stateless tokenization and key management support persistent data protection.
  • REST APIs, SDKs, and integrations span cloud, databases, lakes, and analytics.
  • Supports reversible and irreversible tokenization approaches
  • Preserves source length and format with format-preserving tokens
  • Handles payment card numbers and personal information
Cons
  • Quote-based purchasing requires a sales conversation.
  • Broad integrations can require coordination across applications and data platforms.
  • Its enterprise scope may exceed the needs of a narrow tokenization deployment.
  • Pricing requires contacting sales
  • Enterprise focus may not fit smaller organizations
  • API, integration, and control details are limited
Our verdict

OpenText Voltage SecureData Servers protects sensitive data across cloud, on-premises, and hybrid environments. It combines format-preserving AES FF1 encryption, secure stateless tokenization, format-preserving hashing, stateless key…

Read the review →

OpenText Protect is a data tokenization solution for enterprises handling sensitive values such as payment card numbers and Social Security numbers. It replaces those values with tokens across enterprise applications and systems, allowing…

Read the review →
  1. OpenText Voltage SecureData ServersTokenization Software 9.1Pricing on request
  2. OpenText ProtectTokenization Software 8.5Pricing on request

Strengths and trade-offs

  • OpenText Voltage SecureData Servers — where it wins

    • Format-preserving AES FF1 encryption keeps sensitive data usable in existing formats.
    • Stateless tokenization and key management support persistent data protection.
    • REST APIs, SDKs, and integrations span cloud, databases, lakes, and analytics.

    Where it doesn't

    • Quote-based purchasing requires a sales conversation.
    • Broad integrations can require coordination across applications and data platforms.
    • Its enterprise scope may exceed the needs of a narrow tokenization deployment.

  • OpenText Protect — where it wins

    • Supports reversible and irreversible tokenization approaches
    • Preserves source length and format with format-preserving tokens
    • Handles payment card numbers and personal information

    Where it doesn't

    • Pricing requires contacting sales
    • Enterprise focus may not fit smaller organizations
    • API, integration, and control details are limited
  • OpenText Voltage SecureData Servers9.1/10 · Pricing on request

    Enterprise vaultless tokenization with format preservation, stateless controls, and multi-cloud reach.

    Visit OpenTextFull verdict →
  • OpenText Protect8.5/10 · Pricing on request

    A flexible enterprise tokenization option for reversible, irreversible, and format-preserving needs.

    Try OpenText ProtectFull verdict →

More comparisons

All tokenization software comparisons → · Full ranking →

Reviewed by iTechGuides Editors · Editorial team · Updated Oct 2026

Last updated · How we research and update